乌克兰节能土工房屋项目发展的解决方案建议

L. Diachenko, Olha Diachenko
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摘要

土木工程的新方法之一是大地测量圆顶房屋。这些都是非常经济的建筑,最充分地体现了节能的理念和环保住房的概念。球体的对称使得太阳能电池板和太阳能收集器的放置效率最高。房屋的结构可以快速组装,不需要重型施工设备。通过减少供暖房间的体积,我们节省了热量资源,因此,与矩形建筑相比,圆顶房屋在冬季供暖所需的能源减少了20 - 30%。本文的目的是为乌克兰节能土工房屋项目的发展提供解决方案。寻找最合理的设计和技术解决方案;分析节能土工房屋的特点、优缺点,以便在乌克兰建造节能土工房屋。测地线圆顶由聚氨酯泡沫、钢筋混凝土、木材、玻璃纤维混凝土制成。土工房屋的框架结构由金属或木材制成,“骨架”内衬胶合板或特殊的osb板。这种方法提供了建筑的轻盈和强度。圆顶必须有最佳尺寸的肋骨,长度不超过2.5米,这样你就可以在不使用技术的情况下,用2 ÷ 3人的力量竖立一个框架。考虑框架的两种安装方式:连接器和非连接器。在乌克兰发展节能土工房屋项目的拟议解决方案将允许在不久的将来解决该国的生态,节能和自然资源节约问题。节能土工房屋是乌克兰任何地区的最佳选择,这要归功于其无可否认的优势:框架的刚性和稳定性,形状和强度的几何对称性,能源效率,高地震稳定性,安装速度和独创性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PROPOSALS OF SOLUTIONS OF THE PROJECT DEVELOPMENTS OF ENERGY-EFFICIENT GEO-HOUSES IN UKRAINE
One of the new approaches in civil engineering is geodetic domed houses. These are quite economical buildings that most fully reflect the idea of energy saving and the concept of environmentally friendly housing. The symmetry of the sphere allows the most efficient placement of solar panels and solar collectors. The structures of the house are assembled quickly and do not require heavy construction equipment. By reducing the volume of the heating room, we save on heat resources, so the heating of the domed house in the winter requires 20 – 30% less energy in comparison to the rectangular buildings. The purpose of the article is to offer solutions for the development of projects of energy-efficient geo-houses in Ukraine. To search for the most rational design and technological solutions; to analyze the characteristics, advantages and disadvantages of energy efficient geo-house buildings in order to build them in Ukraine. The geodesic dome is made of polyurethane foam, reinforced concrete, wood, fiberglass concrete. Frame structures of the geo-house are made of metal or timber, the "skeleton" is lined with plywood or special OSB-boards. This method provides lightness and strength of the building. The dome must have the optimal size of the ribs, not more than 2.5 m in length, which allows you to erect a frame without the use of technology, with a force of 2 ÷ 3 people. Two installation methods of the frame are considered: connector and non-connector. The proposed solutions for the development of energy-efficient geo-houses' projects in Ukraine will allow in the near future to solve the problems of ecology, energy saving, natural resources saving in the country. Energy-efficient geo-house is the best option for any region of Ukraine, thanks to the undeniable advantages: rigidity and stability of the frame, geometric symmetry of shapes and strength, energy efficiency, high seismic stability, erection speed and originality.
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